Modelling transport and mixing by turbulence in complex flows is one of the greatest
challenges for CFD. This highly readable volume introduces the reader to a level of …

Dynamic simulation of a double-skin façade (DSF) with computational fluid dynamics (CFD)
can be challenging due to the lack of validated models and benchmarking datasets …

Experiments have been undertaken to investigate the natural convection of air in a tall
differentially heated rectangular cavity (2.18 m high by 0.076 m wide by 0.52 m in depth) …

Robust and accurate Reynolds-averaged stresses and scalar fluxes closure models for
natural convection developed by machine learning are presented in this work. In …

A direct numerical simulation has been performed for the case of a natural convection flow
between two differentially heated vertical walls for a range of Rayleigh numbers (5.4× 105< …

A Direct Numerical Simulation (DNS) of natural convection flow in an infinite, differentially
heated, vertical channel has been performed at four Rayleigh numbers varying from 5.4× …

This paper presents the results of velocity measurements of natural convection in
symmetrically and asymmetrically heated vertical channels. In the first case of symmetrical …

Results of direct numerical simulation (DNS) of turbulent natural convection between two
differentially heated infinite vertical plates for Ra= 5.4× 105 (Versteegh and Nieuwstadt …

A non-linear subgrid-scale (SGS) heat flux model is introduced in large eddy simulation for
turbulent thermal flows. Unlike the linear isotropic eddy diffusivity model, the proposed …

The turbulent natural convection of air flow in a confined cavity with two differentially heated
side walls is investigated numerically up to Rayleigh number of 1012. The objective of the …